Light scene push button 8gang Technical comfort flush

Light scene push button 8gang comfort flush-mounted 751688xx ��

Technical Documentation ��

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© Gebr.Berker 2006 Version: 04.07.2006 Page: 1 / 26 (Subject to prior change) 751688xx.doc Part 2

Product name: Light scene push button 8gang comfort Design: flush-mounting type (Up) ETS search path: Push button / Push button general / Light scene push button 8gang comfort Functional description:

When a key is pressed, the light-scene push button 8-gang comfort transmits telegrams via the KNX / EIB causing actuators to perform the corresponding actions. Depending on the loaded application, up to 8 light-scenes can be stored and recalled or 4 telegram sequences with a maximum of 8 outputs generated.

Layout: Dimensions: Controls:

e. g. K1

T1 T2

A

B

C

T3 T4

T5 T6

T7 T8

e.g. K1 height: 110 mm width: 70 mm depth:13 mm

(without BCU)

A: 4 rockers or 8 push buttons

(position: left / right)

B: 8 x status LED (red)

C: 1 x operation LED (white)

Technical data Type of protection: IP 20 Safety class: III Mark of approval: KNX / EIB Ambient temperature: -5 °C ... +45 °C Storage / transport temperature: -25 °C ... +70 °C (storage above +45 °C reduces the service life) Mounting position: any Minimum distances: none Type of fastening: plug-in on flush-mounted bus coupler

instabus EIB supply voltage: 21 – 32 V DC (via flush-mounted bus coupling unit) power consumption: typically 150 mW connection: 2 x 5 pole male connector strip

External supply ---



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Response to mains failures

bus voltage only: no reaction mains voltage only: --- bus and mains voltage: ---

Response on return of voltage bus voltage only: no reaction mains voltage only: --- bus and mains voltage: ---

Input: --- Output: --- Wiring: Terminal connections:

KNX / EIB

A

B

C

A: Light scene push button 8gang

comfort B: physical external interface (PEI) C: bus coupling unit (BCU)

Hardware information

• ---



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Software description ETS search path for light scene push button 8gang c omfort: Push button / Push button general / Light scene push button 8gang comfort

ETS symbol:

4

PEI type 01 Hex 01 Dez reserved application 106501 00 Hex 00 Dez No adapter used application 106401 Applications: No. Summarized description: Name: Version: 1 Light scene / dimming Light scene / dimming 106501 0.1 2 Telegram sequence Telegram sequence 106401 0.1



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Application: 1. Light scene / dimming 106501 Executable from mask version: 1.1 onwards Number of addresses (max): 22 dynamic table handling Yes � No � Number of assignments (max): 22 maximum number of

assignments 44

Communication objects: 20 Object Function Name Type Flag

0 Brightness value Output 1 1 byte W, C, T

0 Switching Output 1 1 bit W, C, T















8 Dimming Output 1 4 bit C, T








16 Cascade Input 1 byte W, C

17 Extension unit Input 1 byte W, C, T

18 Cascade Output 1 byte C, T

19 Lock In-/Output 1 bit W, C, T



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Object description

0-7 Brightness value:

1 byte object for setting a defined brightness value between 0 and 255

0-7 Switching: 1 bit object for switching of the load

8-15 Dimming: 4 bit object for relative change of brightness between 0 and 100 %

16 Cascade input: 1 bit input-cascade object for the connection of several light-scene

pushbuttons in cascaded operation (Master-Slave).

17 Extension unit: 1 byte object for controlling the light-scene pushbutton from an

extension unit

18 Cascading output: 1 bit cascading output object for the connection of several light-scene

pushbuttons in cascaded operation (master-slave).

19 Lock: 1 bit object for disableing of the light-scene push button (normal and

cascaded operation)

Scope of functions

General • 2 operating modes: light-scene mode (with and without cascading) and switching/dimming mode • Operating level switch-over (light-scene mode – switching / dimming mode) by 3-key actuation • Status indication for each button by means of red LED available • Operation indication by means of white LED parameterizable • Disable mode can be activated via object

Light scene • Recalling and storing of 8 light-scenes with 8 output channels each with keys or from extension (1st

operating level) • Object types 'switching' (1 bit) or 'brightness' (1 byte) parameterizable for each output channel • Disableing of individual ouputs possible • Transmit delay between two values presettable

Switching / dimming mode • Switching / dimming mode (single-key operation) for light-scene adjustment (2nd operating level) • Telegram repetition, transmission of dimming step width and stop telegram parameterizable • Time after which the long-time operation function is executed presettable • Change-over time from switching / dimming mode to light-scene functions parameterizable

••••Cascading • Combination of several light-scene push buttons to increase the number of available outputs

(cascaded operation) • Single-run or continuous-run operation in cascade available • Light scene number can be incremented for continuous operation • Output delay presettable



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Functional description

Operating levels

The light-scene push button 8gang comfort has two operating levels offering the following functions depending on parametrization: Operating level 1 (light-scene mode):

Light scene without storage function:

Key-press recall light-scene Light scene with storage function:

Short key-press (< 1 s): recall light-scene Long key-press (> 5 s): store light-scene Key-press (> 1 s - < 5 s): no function

1 2

3 4

5 6

7 8

LSZ 1

LSZ 3

LSZ 5

LSZ 7

LSZ 2

LSZ 4

LSZ 6

LSZ 8

Operating level 2 (Switching / dimming mode):

8-channel switching or dimming (single-key operation) for setting or readjusting local light-scenes Object type output = switching (1 bit)

Key-press switching (TOGGLE) Object type output = brightness (1 byte) / dimming (4 bits)

Short key-press: switching (TOGGLE) Long key-press: dimming (in opposite direction)

1 2

3 4

5 6

7 8

Actor 1

Actor 3

Actor 5

Actor 7

Actor 2

Actor 4

Actor 6

Actor 8

Setting of local light-scene

Prerequisites:

- "Storage function by local operation" parameter must be set to "enable", - The read flags of the actuator objects to be stored must be set.

For local adjustment of the parametrized light-scenes proceed as follows:

- switch over to operating level 2: switching / dimming mode � operation LED flashing, - switch light-scene by pressing the corresponding key, - switch over to operating level 1: light-scene mode � operation LED permanently lit up, - store local light-scene by long press on the corresponding key (> 5 s), - the status LED of the key pressed lights up during storage.



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Operating level switch-over

Changing between operating levels is effected by pressing 3 keys simultaneously (keys 1+5+8). The illustration below explains switching from operating level 1 to level 2 and back.

1

5

8

1st operating levellight-scene

switch-over by pressing 3 keys:press keys 1+5+8 at the same timefor 3 to 8 sec.

operation-LEDflashing(280 ms intervals)

2nd operating levelswitching/dimming

switch-over by pressing 3 keys:press keys 1+5+8 at the same timefor 3 to 8 sec.

1st operating levellight-scene

1

5

8

Operating level switch-over with automatic switch-b ack

If the "Switch-over time from dimming to light-scene function" parameter is not set to "manual switch-over", operating level 2 (when activated) is automatically switched back to operating level 1 after the preset time.



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Cascaded operation

If more than 8 output data channels are required per light-scene, the light-scene push buttons can be cascaded. This type of operation makes use of the master-slave configuration, i.e. a master unit can be cascaded with several slave units. A device can parameterized to work as master or as slave. With local operation of a master, all light-scenes (master and slave) are recalled or stored, if the "Local operation" parameter is not set to "local light-scene". With local operation of a slave, however, only the local light-scenes of the slave are recalled or stored. For storing, the "Storage function with local operation" must be set to "enabled".

EIB

SLAVE 2SLAVE 1MASTER

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

For cascading, the units must be connected via the cascading in- and outputs in a ring configuration. Faultless operation of the cascaded units moreover requires that all disable objects are linked with one another by means of the same group address.

MASTER

Object 16cascading input

Object 18cascading output

Object 19disable object

0/3

0/1

0/4

SLAVE 2




0/2

0/3

0/4

SLAVE 1




0/1

0/2

0/4(1)

(1)

(2) (3)

(4)

(5)

(5)

Single-loop operation of a cascade (example: 1 mast er and 2 slaves)

1. Actuation of the master (key-press). 2. The master sends a disable telegram (1) to slave 1 and slave 2. 3. The master transmits the light-scene data. 4. Via the cascading output, the master transmits the corresponding light-scene number (2) to the

cascading input of slave 1. 5. Slave 1 transmits the corresponding light-scene data. 6. Via the cascading output, slave 1 transmits the corresponding light-scene number (3) to the cascading

input of slave 2. 7. Slave 2 transmits the corresponding light-scene data. 8. Via the cascading output, slave 2 transmits the corresponding light-scene number (4) to the cascading

input of the master. 9. Via the disable object, the master transmits an enable telegram (5) to slave 1 and slave 2.



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Endless-loop operation

Basically, the endless-loop operation is the same as cascaded operation except that master does not send an enable telegram on receiving the light-scene number from the last slave, but rather his local light-scene data and then the light-scene number on to the next slave.

This cycle repeats itself until a key on the master is pressed or the extension activated (control element must be parameterized for endloss-loop operation). When the master then receives again the light-scene number from the last slave, it will stop its data output as in cascaded operation.

Attention: If the endless-loop operation is to be terminated by a key-press on the master, this can be achieved by pressing any of the keys briefly (< 1 s). If the key is pressed longer, the key-press will be interpreted after the end of an endless-loop operation as a new key-press and thus trigger a new recalling or storing cycle.

In endless-loop operation, the master can be parameterized in such a way that it increments the light-scene number after each loop. In this way, special light effects (e.g. running lights) can be realized with only a few light-sene push buttons which are all assigned to the same groups.

An actuation of the slaves only recalls or stores the local light-scenes.



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Parameters Description: Values: Remarks:

General

Function of operating LED

ON OFF

White operation LED lit up when the supply voltage is present (ON) or always off (OFF).

Light duration of the status LEDs at operation indication

0.75 s 2.25 s 3 s

ON-time of a status LED as confirmation of a key-press

Memory function at local operation

disabled

enabled

Storage function is disabled for local operation.

Light scenes preset on operating level 2 can be stored by a long key-press (> 5 s) on operating level 1.

Operation with cascading NO

YES; master YES; slave

Cascaded operation not activated.

Light scene push button working in the cascaded mode as master or slave.

Delay time for light scene transmission (time between two values)

40 ms (instabus recommendation) 60 ms, 80 ms, 100 ms, 200 ms 300 ms (Powerline recommendation) 400 ms, 500 ms, 1 s, 2 s, 4 s

Time between two values of a light-scene.

Switch-over time between dim operation and light-scene operation

Switch-over manually

5 s, 10 s, 15 s, 20s

Time of switching over from operating level 2 (switching / dimming mode) back to operating level 1 (light-scene mode) only manually by pressing 3 keys at the same time.

Switching over from operating level 2 (switching / dimming mode) back to level 1 (light-scene mode) is automatic after x seconds.



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Object types

Output 1

Output 2

Output 3

Output 4

Switching (1 bit) Brightness value (1 byte) /

Dimming (4 bits)

Setting of data type for output 1.




Output 5

Output 6

Output 7

Output 8

Switching (1 bit) Brightness value (1 byte) /

Dimming (4 bits)






Dimming

Dimming brighter by

100 % 50 % 25 %

12.5 %

6 % 3 %

1.5 %

With a dimming telegram, the brightness can be increased by x % max.

Dimming darker by 100 % 50 % 25 %

12.5 %

6 % 3 %

1.5 %

With a dimming telegram, the brightness can be reduced by x % max.

Telegram repetition YES NO

Cyclical repetition of dimming telegram during key-press.

Time between two telegrams

200 ms 300 ms 400 ms 500 ms

750 ms 1 s

1.5 s 2 s

Time between two telegrams when telegram repetition is preset. A new dimming telegram is sent whenever this time has elapsed.

Time between switching and dimming base

100 ms 300 ms 500 ms 1 s

Time after which the long key-press function (dimming) is executed.

Time = base • factor

Time between switching and dimming Factor (2…127)

2...127, 3 Time after which the long key-press function (dimming) is executed.

Default: 130 ms • 3 = 390 ms

Send a stop telegram ? YES NO

On releasing of the key, a stop telegram is transmitted / no stop telegram is transmitted.



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Light scene 1 Light scene 2




Output 1

Output 2

Output 3

Output 4

ON OFF disabled

disabled OFF Basic brightness 10 % brightness 20 % brightness 25 % brightness 30 % brightness 40 % brightness 50 % brightness 60 % brightness 70 % brightness 75 % brightness 80 % brightness 90 % brightness 100 % brightness

Preset selection for object type parameterization "Switching (1 bit)" for the corresponding output.

Preset selection for object type parameterization "Brightness (1 byte) / dimming (4 bits)" for the corresponding output.

Output 5

Output 6

Output 7

Output 8

ON OFF disabled

disabled OFF Basic brightness 10 % brightness 20 % brightness 25 % brightness 30 % brightness 40 % brightness 50 % brightness 60 % brightness 70 % brightness 75 % brightness 80 % brightness 90 % brightness 100 % brightness

Preset selection for object type parameterization "Switching (1 bit)" for the corresponding output.

Preset selection for object type parameterization "Brightness (1 byte) / dimming (4 bits)" for the corresponding output.



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Cascading

Local operation

Local light-scene

One time cascade cycle

Unending cascade cycle

When a recall key is pressed, the light-scene push button only outputs its local light-scene.

When a recall key is pressed, the light-scene push button at first only outputs its local light-scene. Thereafter, it transmits the corresponding light-scene number via the cascading output to the next slave (setting possible only if parameterized as "master").

When a recall key is pressed and when a light-scene number is received from the last slave, the light-scene push button at first only outputs its local light-scene. Thereafter, it transmits the corresponding light-scene number via the cascading output to the next slave (setting possible only if parameterized as "master").

Operation via extension unit

Local light-scene

One time cascade cycle

Unending cascade cycle

When an extension unit is operated, the light-scene push button only outputs its local light-scene.

On operation of the extension unit, the light-scene push button at first only outputs its local light-scene. Thereafter, it transmits the corresponding light-scene number via the cascading output to the next slave (setting possible only if parameterized as "master").

After operation from an extension unit, the light-scene push button at first only outputs its local light-scene when a recall key is pressed or when a light-scene number is being received from the last slave. Thereafter, it transmits the corresponding light-scene number via the cascading output to the next slave (setting possible only if parameterized as "master").

Increment light-scene NO

YES

In unending cascade cycle, the master retains the current light-scene number after each loop.

In unending cascade cycle, the master increments the light-scene number after each loop.

Delay time of output signal base

100 ms ; 1 s; 10 s; 1 min; 10 min

Time between output of own light-scene and transmission to cascading output. Output delay = basis • factor

Delay time of output signal factor (0...255)

0...255, 2 Time between output of own light-scene and transmission to cascading output. Default value = 100 ms ⋅ 2 ≈ 200 ms

Software remarks

• On return of bus voltage, operating level 2 (if activated) will be switched back to operating level 1.



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Application: 2. Telegram sequence 106401 Executable from mask version: 1.1 Number of addresses (max): 10 dynamic table handling Yes � No � Number of assignments (max): 10 maximum lenght of table 20 Communication objects: 10 Object Function Name Type Flag


0 Value transmitter 1 byte Output 1 1 byte W, C, T

0 Value transmitter 2 bytes Output 1 2 bytes W, C, T






2 Value transmitter 2 byte Output 3 2 bytes W, C, T
















8 Extension unit Input 1 byte W, C, T

9 Alarm message User module 1 bit C, T



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Object description

0-7 Switching:

1-bit object for switching of a load

0-7 Value transmitter 1 byte: 1-byte object for value transmit applications (0-255)

0-7 Value transmitter 2 bytes: 2-byte object for value transmit applications (0-65535)

8 Extension unit: 1-byte object for control of light-scene push button from extension

unit

9 Alarm message: 1-bit object for transmission of alarm message

Scope of functions

Telegram sequence • 4 telegram sequences with up to 8 outputs respectively • Object types supported: 1 bit, 1 byte, 2 bytes • Operation from extension unit possible • Storage function for value selectable by long key-press • Succession of telegrams and all times between telegrams individually parameterizable • Multiple repetition of telegram sequences and cascading of telegram sequences possible • Alarm message after withdrawal of device from flush-mounted bus coupler parameterizable • Disable function by 4-digit parametrizable key code

General • Status indication for each key by red LED • Operation indication by white LED parameterizable



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Functional description

Telegram sequence and function of status LED

The telegram sequence application permits generating a maximum of 4 telegram sequences with up to 8 telegrams each (1 bit, 1 byte or 2 bytes). All times between telegrams can be parameterized. The following illustration shows an example of a sequence consisting of 8 telegrams and the behaviour of the status LED:

time

1. 2. 3. 4. 5. 6. 7. 8.

telegrams

tStart t1 t2 t3 t4 t5 t6 t7

tStart = time until 1st telegram t1 = time between time 1st and 2nd telegram t2 = time between time 2nd and 3rd telegram t3 = time between time 3rd and 4th telegram

t4 = time between 4th and 5th telegram t5 = time between 5th and 6th telegram t6 = time between 6th and 7th telegram t7 = time between 7th and 8th telegram

1.) Function of status LED: status indication Status indication flashing: NO

time

LED

2.) Function of status LED: status indication Status indication flashing: YES

time

LED

3.) Function of status LED: operation indication

time

LED

0.75 s2.25 s3.00 s

10 s 10 s

4.) Function of status LED: LED always off

time

LED



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Key assignment and status indication with and witho ut stop LED

The 4 telegram sequences are started with a short press on a key (< 1 s) of the left row and stopped with the keys of the right row.

A long press (> 5 s) on any of the keys of the left row permits storing values for the corresponding telegram sequence if the "Storage function in local operation" parameter is set to "enable".

1 2

3 4

5 6

7 8

Start sequ. 1

Start sequ. 2

Start sequ. 3

Start sequ. 4

Stop sequ. 1

Stop sequ. 2

Stop sequ. 3

Stop sequ. 4

Start LED Stop LED The status LEDs show the following reaction depending on parametrization: Function of status LED: status indication Status indication with stop LED: NO

Basic state: no sequence active

Start of sequence 1: status LED 1 on

Stop of sequence 1: status LED 1 off

Start of sequence 2: status LED 2 on

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

Function of status LED: status indication Status indication with stop LED: YES

Basic state: no sequence active,

all stop LEDs on

Start of sequence 1: status LED 1 on, stop LED 1 off

Stop of sequence 1: status LED 1 off, all stop LEDs on

Start of sequence 2: status LED 2 on, stop LED 2 off

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8

1 2

3 4

5 6

7 8



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Cascading

The 4 telegram sequences can be cascaded in any order of succession. In this case, the parameter "Recall of sequence after end of sequence" recalls the next telegram sequence after the preceding one has ended. The time between sequences is derived from the parameter "Time to 1st telegram".

1. 2. 3. 4.1. 2. 3.

time

1. 2. 3. 4. 5. 6. 7. 8.

telegram sequence 1with 8 telegrams



tStart

sequence 1 tStart

sequence 2 tStart

sequence 3 Fig: Cascading of sequences 1, 2 and 4 containing a different number of telegrams

Multiple runs of the same telegram sequence A telegram sequence can repeat itself several times. The number of repetitions is fixed by the parameter "Number of sequences (0...255)". The "Time between last and 1st telegram" can be parametrized.

1. 2. 3. 4. 5. 6. 7. 8.

telegram sequence 1 (2nd run)

time

1. 2. 3. 4. 5. 6. 7. 8.

telegram sequence (1st run)

tStart tPause

Fig.: 2 Runs of telegram sequence 1



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Key-lock by code

Local operation of the light-scene sensor key-lock function must have been software-enabled beforehand in the "Disable function parameter?". The keys of the sensor are locked by means of the so-called "3-key actuation" (keys 2+6+7 pressed at the same time for approx. 3 s) and by entering a programmed key code. A locked sensor can be unlocked by the same actuation followed by the valid key code. The following illustration shows how to proceed for locking of the sensor keys:

2

7

6operation-LEDflashing(280 ms intervals)

push-buttonsensor locked

1 2

3 4

Enter key code by pressing 4 keysin a row (e.g. 4-3-2-1) within 5 srespectively for each press

Switch to locking function bypressing keys 2+6+7 at thesame time for between 3 and 8s

Remarks:

• The function of the operation LED with a locked push button is parameterized on the "Disable function" parameter card.



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Changing the key code

Key code change by local operation of the push button must have been software-enabled beforehand in the "Push button code adjustment by local operation" parameter. The key code is changed by means of the so-called "3-key actuation, i.e. pressing 2+6+7 for at least 8 s followed by the entry of the old key code. This is confirmed by all 8 status LEDs flashing at the same time. The new code can be entered thereafter. The following illustration shows how to change the key code:

2

7

6

1 2

3 4

Enter new key code: (e. g. 6-7-1-2) operation-LED switches off briefly

Enter old key code (e. g. 4-3-2-1)

Switch to changing the key codeby pressing keys 2+6+7 at the sametime for min. 8 s

operation-LEDflashing(120 ms intervals)

8 status-LEDflashing

2

7

6

1

Remarks:

• The key code can also be changed when the light-scene sensor is locked.

• The changed code is valid also after return of the bus voltage.

• A key code that has been forgotten by the user can only be replaced by reprogramming with the ETS.



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Detection of withdrawal – removal alarm

On removal of the user module from the bus coupling unit, the device can generate a 1-bit alarm via object 9 "Alarm message". In this case, the "Alarm function?" parameter must be set to "YES".

The time between removal of the module until telegram triggering is 1 second.

EIBEIB

withdrawal of user module(light scene push button sensor)

t0

1s

t1

bus telegram

time

alarm message



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General

Function of operation LED

ON OFF

The white operation LED is lit up after arrival of supply voltage (ON) or always off (OFF).

Function of status LED key-press confirmation

Status indication

LED always OFF

When a key is pressed, the corresponding status LED lights up for the time specified under "LED on-time after key-press". If the transmitted telegram sequence lasts longer than 10 seconds, the status LED flashes four times every ten seconds (cf. functional description).

During transmission of a telegram sequence, the corresponding status LED of the upper key row is lit up (start sequence 1-4) (cf. functional description).

The status LED is always off.

Light duration of status LED at operating indictaion

0.75 s 2.25 s 3 s

On-time of status LED for confirmation of key-press

Status indication in case of sequence stop ?

YES

NO

During each non-active sequence, the corresponding status LED of the lower key row (stop sequence 1-4) is lit up. When a sequence is activated, the corresponding status LED of the upper key row lights up, whereas the corresponding status LED of the lower key row is extinguished.

The 4 status LEDs of the lower key row are always off (cf. functional description).

Status LED flashes in case of active active telegram sequence?

NO

YES

During transmission of a telegram sequence, the corresponding status LED of the upper key row is lit up (start sequence 1-4).

During transmission of a telegram sequence, the corresponding status LED of the upper key row flashes (start sequence 1-4) (cf. functional description).

Memory function at local operation

disabled

enabled

The storage function is disabled for local operation.

A long press (> 5 s) on a key of the upper row permits storing of values for the corresponding telegram sequence. In this case, the read flags of the actuator objects to be stored must be set.

Alarm function? YES NO

With the alarm function activated, the device transmits a telegram via object 9 when the light-scene push button is withdrawn from the flush-mounted bus coupler. The telegram value can be specified on the "Alarm" parameter card.



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Block function?

NO YES

The light-scene push button can be disabled by a 3-key actuation. In this case, none of the keys triggers an action.


Object types

Output 1

Output 2

Output 3

Output 4

Output 5

Output 6

Output 7

Output 8

Switching (1 bit) Value transmitter 1 byte Value transmitter 2 bytes









Display the consecutive sequence and time of

Sequence 1 Sequence 2 Sequence 3 Sequence 4

The ETS only displays the parameter cards for the succession and the times of the sequence preset.


Sequence 1 - values Sequence 2 - values

Sequence 3 - values Sequence 4 - values

Value 1 (0...1), (0...255), (0...65535)

Value 2 (0...1), (0...255), (0...65535)

Value 3 (0...1), (0...255), (0...65535)

Value 4 (0...1), (0...255), (0...65535)

Value 5 (0...1), (0...255), (0...65535)

Value 6 (0...1), (0...255), (0...65535)

Value 7 (0...1), (0...255), (0...65535)

Value 8 (0...1), (0...255), (0...65535)

0...1, 1 (only for switching 1 bit)

0...255, 255 (only for value transmitter 1 byte)

0...65535, 65535 (only for value transmitter 2 bytes)

Input of the 8 values of sequence x (x = 1-4) The value ranges result from the parameterized object types as follows:

- switching 1 bit 0...1 - value transmitter 1 byte 0...255 - value transmitter 2 bytes 0...65535



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Sequence 1 – application flow Sequence 2 - application flow

Sequence 3 - application flow Sequence 4 - application flow

Application flow of telegrams

parameterizable

random

The succession of telegrams in sequence x (x = 1-4) can be programmed with parameter "1st telegram" to "8th telegram".

The succession of telegrams in sequence x (x = 1-4) is random

Number of telegrams 1...8, 8 Setting the number of telegrams for sequence x (x = 1-4)

1st telegram

2nd telegram

3rd telegram

4th telegram

5th telegram

6th telegram

7th telegram

8th telegram

output 1 (default 1st telegram) output 2 (default 2nd telegram) output 3 (default 3rd telegram) output 4 (default 4th telegram) output 5 (default 5th telegram) output 6 (default 6th telegram) output 7 (default 7th telegram) output 8 (default 8th telegram)

Assignment of the 8 possible telegrams to the 8 outputs. These parameters are relevant only if "Succession of of telegrams" is set to "parameterizable".



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Sequence 1 - times 1-4 Sequence 2 - times 1-4


Number of sequences (0...255) (0 = cyclic)

0...255, 1

Number of runs for sequence x (x = 1-4)

Call up next sequence after the last sequence is expired

No Sequence 1 Sequence 2 Sequence 3 Sequence 4

After the end of sequence x (x = 1-4), either sequence y (y = 1-4) or none can be called up automatically.

Time to 1st telegram base

40 ms 100 ms

1 s 5 s

1 min 10 min 30 min

1 h

Time to 1st telegram of sequence x (x = 1-4) time = base • factor

Time to 1st telegram factor (1...30)

1..30, 10 Time to 1st telegram of sequence x (x = 1-4) default: 100 ms • 10 ≈ 1 s

Time between - 1st and 2nd telegram - 2nd and 3rd telegram - 3rd and 4th telegram

base

40 ms 100 ms

1 s 5 s

1 min 10 min 30 min

1 h

Time between - 1st and 2nd telegram of sequence x (x = 1-4) - 2nd and 3rd telegram of sequence x (x = 1-4) - 3rd and 4th telegram of sequence x (x = 1-4) time = base • factor

Time between - 1st and 2nd telegram - 2nd and 3rd telegram - 3rd and 4th telegram

factor (1...30)

1..30, 10 Time between - 1st and 2nd telegram of sequence x (x = 1-4) - 2nd and 3rd telegram of sequence x (x = 1-4) - 3rd and 4th telegram of sequence x (x = 1-4) default: 100 ms • 10 ≈ 1 s




Time between - 4th and 5th. telegram - 5th and 6th telegram - 6th and 7th telegram - 7th and 8th telegram - last and 1st telegram

base

40 ms 100 ms

1 s 5 s

1 min 10 min 30 min

1 h

Time between - 4th and 5th. telegram of sequence x (x = 1-4) - 5th and 6th telegram of sequence x (x = 1-4) - 6th and 7th telegram of sequence x (x = 1-4) - 7th and 8th telegram of sequence x (x = 1-4) - last and 1st telegram of sequence x (x = 1-4) time = base • factor

Time between - 4th and 5th. telegram - 5th and 6th telegram - 6th and 7th telegram - 7th and 8th telegram - last and 1st telegram

factor (1...30)

1..30, 10 Time between - 4th and 5th. telegram of sequence x (x = 1-4) - 5th and 6th telegram of sequence x (x = 1-4) - 6th and 7th telegram of sequence x (x = 1-4) - 7th and 8th telegram of sequence x (x = 1-4) - last and 1st telegram of sequence x (x = 1-4) default: 100 ms • 10 ≈ 1 s



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Alarm

Value at alarm

1 0

Defines the value of the telegram issued in the event of an alarm via object 9.


Block function

Function of operating LED at block function

LED permanently OFF LED permanently ON Flashing

When the light-scene push button is disabled, the operation LED is always OFF, always ON or in a flashing mode.

Extension unit at block operation

enabled

disabled

The disabled light-scene push button can still be operated from an extension.

In disabled state, light-scene push button cannot be operated from the extension either.

1st push button Push button 1 Push button 2 Push button 3 Push button 4

Push button 5 Push button 6 Push button 7 Push button 8

Defines the 1st key of the key code. The key code is used for activating the disable function of the light-scene push button.

2nd push button Push button 1 Push button 2 Push button 3 Push button 4


Defines the 2nd key of the key code. The key code is used for activating the disable function of the light-scene push button.

3rd push button Push button 1 Push button 2 Push button 3 Push button 4


Defines the 3rd key of the key code. The key code is used for activating the disable function of the light-scene push button.

4th push button Push button 1 Push button 2 Push button 3 Push button 4


Defines the 4th key of the key code. The key code is used for activating the disable function of the light-scene push button.

Local adjustment of push button code

disabled

enabled

Local change of the key code is not possible.

The key code can be changed by the so-called 3-key actuation (cf. functional description).

Software information

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Documents

Light scene push button 8gang Technical comfort flush